ATOM & Chiesa Beam Presses
Atom Beam Presses Australia
Atom & Chiesa Full Beam Die Cutting Presses
Texon Oz proudly supplies Atom Beam Presses in Australia and New Zealand, delivering high-performance die cutting machinery for industrial, footwear, automotive, and material conversion applications.
Atom and Chiesa full beam presses are engineered for high-speed, high-precision cutting, offering superior productivity compared to traditional swing beam and travelling head presses. These machines are designed to handle large cutting dies, multiple layers, and high-volume production environments.
Looking for Atom beam presses in Australia? Speak with our team today for expert advice, machine recommendations, and tailored production solutions.
What are Atom Beam Presses?
Atom beam presses (also known as full beam die cutting presses) are industrial machines designed to cut materials using a fixed beam across the full width of the cutting surface.
Unlike traditional presses, beam presses eliminate the need to move the cutting head, resulting in:
- Faster cutting cycles
- Higher production efficiency
- Greater cutting accuracy
- Ability to use large or multiple dies
These machines are widely used in industries requiring high cutting force and consistent production output.
Atom & Chiesa Beam Press Range
Texon Oz supplies a complete range of Atom and Chiesa beam presses, available in manual, semi-automatic, and fully automatic configurations.
Atom S300 Series
Designed for cutting roll materials, the S300 series can be configured for manual, semi-automatic, or fully automated production systems.

Atom S600 Series (ST & BP)
High-performance beam presses offering:
- Sliding tray systems for precision placement
- Automated feeding systems with “pinch & grab” technology
- High visibility cutting areas for accuracy


Chiesa RH Series
Receding head beam presses designed for improved operator visibility and flexibility in cutting operations.

Chiesa TTM Belt Series
Fully automatic beam presses with conveyor belt systems, delivering high-speed cutting across the full material width.

Key Advantages of Atom Beam Presses
Atom beam presses are engineered for maximum cutting performance, precision, and industrial durability.
High Cutting Power
Available in cutting forces ranging from approximately 77 to 330 tons, allowing multiple layers and dense materials to be cut in a single stroke.
Faster Production Cycles
Full beam design eliminates head travel, significantly increasing cutting speed and throughput compared to traditional machines.
Large Die Capability
Supports large-format dies or multiple die layouts, improving efficiency and reducing production time.
Advanced Feeding Systems
Optional automated feeding systems, including conveyor belts and pinch-feed systems, ensure accurate material handling and reduced waste.
Precision Engineering
Atom’s advanced kinematic system ensures perfect parallelism between cutting surfaces, delivering consistent and accurate cutting results.
Industrial Reliability
Built with heavy-duty construction and high-quality components, these machines are designed for continuous operation in demanding environments.
Why Atom & Chiesa Technology Leads the Market
Atom and Chiesa combine decades of Italian engineering expertise to deliver some of the most advanced die cutting systems available globally.
- Advanced CAD and nesting systems for material optimisation
- Automated control systems for precise cutting depth
- Servo-controlled and hydraulic options available
- Designed for integration into modern automated production lines
These technologies allow manufacturers to achieve higher productivity, reduced waste, and consistent product quality across all production runs.
Industries Using Atom Beam Presses
Atom beam presses are widely used across industries requiring precision die cutting and high-volume production:
Footwear Manufacturing
Cutting leather, synthetic materials, and components for shoe production.
Automotive Industry
Production of insulation, gaskets, and interior components.
Packaging & Converting
High-speed cutting of packaging materials and industrial products.
Foam, Rubber & Plastics
Processing of flexible and dense materials in multiple layers.
Textiles & Composites
Cutting fabrics, non-woven materials, and technical textiles.
Why Choose Texon Oz for Atom Beam Presses
Texon Oz provides complete support for businesses investing in Atom beam press machinery in Australia and New Zealand.
Texon Oz Services
- Machinery consultation and production planning
- Installation and commissioning
- Operator training
- Spare parts and servicing
- Ongoing technical support
Our Melbourne-based team ensures fast response times and reliable service across all industries.
Frequently Asked Questions – Atom Beam Presses
What is a beam press used for?+
A beam press is used for die cutting materials such as leather, foam, rubber, textiles, and composites in industrial production environments.
What is the advantage of a full beam press?+
Full beam presses offer faster cutting speeds, higher accuracy, and the ability to cut larger dies or multiple parts simultaneously.
Are Atom beam presses suitable for high-volume production?+
Yes. Atom beam presses are specifically designed for continuous, high-volume industrial cutting applications.
Can Atom beam presses be automated?+
Yes. Many models are available with fully automated feeding systems, conveyor belts, and programmable controls.
Request a Demonstration
To learn more about Atom Beam Presses, contact the Texon Oz team today to arrange a demonstration or consultation.
Chiesa TTM Receding-Head Press Technical Data
The supplied Chiesa brochure lists a 220 mm space between working surfaces, a 190 mm piston stroke and configurations from 80 to 200 tonnes. Models can use roller or pincer feeding and roll holders with 2 to 20 positions.
| Model | Working table | Force | Machine dimensions (H × W × D) |
|---|---|---|---|
| A | 1600 × 600 mm | 80 t | 2250 × 2250 × 1900 mm |
| B | 1600 × 800 mm | 80 t | 2250 × 2250 × 2250 mm |
| C | 1600 × 800 mm | 100 t | 2250 × 2250 × 2250 mm |
| D | 1600 × 800 mm | 150 t | 2250 × 2250 × 2250 mm |
| E | 1600 × 1000 mm | 80 t | 2250 × 2250 × 2650 mm |
| F | 1600 × 1000 mm | 100 t | 2250 × 2250 × 2650 mm |
| G | 1600 × 1000 mm | 150 t | 2250 × 2250 × 2650 mm |
| H | 1600 × 1100 mm | 100 t | 2250 × 2250 × 2650 mm |
| I | 1600 × 1100 mm | 150 t | 2250 × 2250 × 2650 mm |
| L | 1600 × 1200 mm | 100 t | 2250 × 2250 × 3050 mm |
| M | 1600 × 1200 mm | 150 t | 2250 × 2250 × 3050 mm |
| N | 2000 × 600 mm | 80 t | 2250 × 2650 × 1900 mm |
| O | 2000 × 600 mm | 100 t | 2250 × 2650 × 1900 mm |
| P | 2000 × 800 mm | 100 t | 2250 × 2650 × 2250 mm |
| Q | 2000 × 800 mm | 150 t | 2250 × 2650 × 2250 mm |
| R | 2000 × 800 mm | 200 t | 2250 × 2650 × 2250 mm |
| S | 2000 × 1000 mm | 150 t | 2250 × 2650 × 2650 mm |
| T | 2000 × 1000 mm | 200 t | 2250 × 2650 × 2650 mm |
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Atom Beam Presses Australia
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